2月25日，新春佳节刚过，广州市高质量发展大会如期而至。"新春第一会"，引发市场广泛关注。 马场地块出让公告显示，马场地块起始价186.44亿元，名义起拍楼面价3.29万/平方米。其总用地面积约19.45万平方米，出让宗地面积17.4万平 方米，计容总建面56.7万平方米，涵盖二类居住、商业、中小学等多种用地性质。 广东省住房政策研究中心首席研究员李宇嘉表示，从地段上看，马场地块位于珠江新城东区，被称为珠江新城最后一块"宝地"，其价值不仅在 于区位，更在于稀缺性、规划定位与城市功能的叠加。 因此，其出让工作提上日程后的一举一动备受关注，竞拍当日更是吸引了越秀、华润、保利等多家开发商参与角逐。这宗地块的成交也成为广 州总价第二的项目，住宅楼面价则刷新新高突破8万元/平方米，成功登顶广州楼面价榜首。 马场片区位于广州市天河区核心地段，北至黄埔大道，南抵花城大道，东临华南快速干线，西接马场路，处于珠江新城、琶洲CBD、广州国 际金融城的几何中心，是广州中央活力区空间缝合与功能升级的战略支点。 整体来看，这是一个融合了超高端消费、顶级商务、生态宜居和公共文化的未来城市样板。根据最新规划，马场的总体定位是"人民文体新客 ...

地铁4号线二期是南京第四条过江地铁线路，其中滨江站—江心洲中间风井过江大盾构区间为全线 核心控制性工程。该隧道全长3062米，掘进最低点位于长江水面下68.58米，是目前长三角区域最深的 过江地铁隧道。 该区间需长距离穿越富水软土、圆砾卵石、泥岩等复杂地层，水土压力大，面临高水压渗漏水、刀 盘磨损、管片上浮等难题，施工难度大、技术要求高。在智能施工管理方面，项目依托盾构智慧管控系 统，构建起盾构终端驾驶、地面远程驾驶、总部智能辅助驾驶的多层级掘进控制体系，率先实现盾构 机"有人值守、无人驾驶、自动纠偏"的远程操控技术；自主研发的第四代换刀机器人实现盾构全刀盘换 刀全覆盖，换刀时间缩短至传统模式的三分之一；刀盘焊接机器人通过三维机器视觉实现不规则焊缝自 动化焊接，工效提升40%，为超大埋深、复杂地质过江隧道建设提供智能解决方案。 作为全国首批智能建造试点城市，近年来，南京持续在制度保障、政策支持、试点培育、技术推 广、过程监管等方面精准发力，形成一批可复制、可推广的实践经验，为全面推进智能建造发展贡献 了"南京方案"。 近日，新一批江苏省智能建造试点项目名单公布。记者从市建委了解到，南京有15个项目入选， 涵盖 ...

（原标题：他们，将影响你的生意和生活|住房和城乡建设部党组书记、部长倪虹） 关键词：因地制宜、因城施策、"四好"建设 坚定信心、迎难而上、锐意进取，奋力实现"十五五"住房城乡建设事业高质量发展良好开局，为以中国 式现代化全面推进强国建设、民族复兴伟业贡献力量。 ——2025年12月22日召开的全国住房城乡建设工作会议指出 核心关注： 更好统筹投资于物和投资于人，更好统筹惠民生和稳增长，更好统筹防风险和促转型，大力实施城市更 新，着力提升城市治理水平，推动房地产高质量发展，加快建筑业提质升级，系统推进好房子、好小 区、好社区、好城区"四好"建设，建设创新、宜居、美丽、韧性、文明、智慧的现代化人民城市。 政策扫描： 1.大力推进现代化人民城市建设，将"一个优化、六大建设"作为一个有机整体，通盘考虑、系统谋划、 整体推进。 2.推动建立健全科学的城市发展评价体系，城市体检与城市更新一体化推进机制，城市更新规划实施体 系，可持续的城市建设运营投融资体系。 3.加快构建房地产发展新模式，处理好当前和长远、顶层设计和因城施策、市场和保障、租赁和购买、 增量和存量、促发展和防风险的关系，确保新旧模式转换平稳有序。 4.着力 ...

（来源：河北新闻网） 转自：河北新闻网 我省建筑节能成效显著 去年全省城镇竣工绿色建筑6918万平方米 河北新闻网讯（河北日报记者宋平）建筑业是国民经济重要支柱产业。从省住房城乡建设厅获悉，2025 年，河北省建筑业平稳健康发展，建筑业注册地产值达到8059.6亿元，同比增长4.7%，为全省经济社会 发展作出重要贡献。 发展智能建造是建筑业转型发展的内在要求。2025年底封顶的中核雄安科技园项目，正是智能建造技术 深度应用的典型案例。 建造技术日益聪明的同时，建筑节能成效同样显著。2025年，全省城镇竣工绿色建筑6918万平方米；新 开工装配式建筑2247万平方米，占城镇新开工建筑面积的38%；完成既有建筑节能改造近60万平方米。 在推广装配式农房方面，河北省坚持"农户自主、企业自愿、政府支持"原则推进试点建设。2025年，全 省自愿选建装配式农房的农户共9868户，累计达到2万户，通过群众口口相传，引领农村住房建设新风 尚。 此外，去年河北省建筑业企业新增一级资质14项、申报特级资质2项，落户建筑类央企三级子公司8家， 培育金牌劳务企业43家，推动建筑业提质升级。 这个项目处处可见智慧赋能：工地上，每位工友 ...

（来源：河北日报） 转自：河北日报 我省建筑节能成效显著 去年全省城镇竣工绿色建筑6918万平方米 本报讯（记者宋平）建筑业是国民经济重要支柱产业。从省住房城乡建设厅获悉，2025年，我省建筑业 平稳健康发展，建筑业注册地产值达到8059.6亿元，同比增长4.7%，为全省经济社会发展作出重要贡 献。 在推广装配式农房方面，我省坚持"农户自主、企业自愿、政府支持"原则推进试点建设。2025年，全省 自愿选建装配式农房的农户共9868户，累计达到2万户，通过群众口口相传，引领农村住房建设新风 尚。 此外，去年我省建筑业企业新增一级资质14项、申报特级资质2项，落户建筑类央企三级子公司8家，培 育金牌劳务企业43家，推动建筑业提质升级。 发展智能建造是建筑业转型发展的内在要求。2025年底封顶的中核雄安科技园项目，正是智能建造技术 深度应用的典型案例。 这个项目处处可见智慧赋能：工地上，每位工友刷脸入场；搭载AI（人工智能）识别算法的高清摄像 头自动识别安全行为；塔吊加装防碰撞系统，实现自动智能避让；电气焊设备"加芯赋码"，实现以码管 机、以智管焊。传统工地的喧嚣与忙乱，被"智慧大脑"统筹下的精细调度和高效运行所替 ...

Core Viewpoint - The successful completion of the renovation project at No. 28, Sanlihe District, Beijing, demonstrates the effectiveness of the "original demolition and reconstruction" approach, supported by advanced construction technologies, resulting in improved living conditions for residents [1][5][6]. Group 1: Project Overview - The renovation project transformed a dilapidated building into a new six-story residential structure in just 46 days, showcasing rapid construction capabilities [1][6]. - The project involved extensive communication and collaboration among 54 households, ensuring that residents' needs and preferences were met through tailored housing solutions [5][6]. Group 2: Technological Innovation - The construction speed was significantly enhanced by the "intelligent construction-MiC technology," which allowed for 90% of the building's components to be prefabricated in a factory setting [6]. - This innovative approach reduced construction time by approximately 75% compared to traditional methods, while also minimizing construction waste by 75%, material loss by 25%, and carbon emissions by 30% [6]. Group 3: Policy and Community Engagement - The project aligns with national policies promoting the self-renewal of old housing, with No. 28 being the second pilot project in the region [5]. - The success of the project relied on thorough consultations and the development of customized plans for each household, reflecting a community-driven approach to urban renewal [5][6].

Core Viewpoint - The article highlights the innovative practices of China State Construction Engineering Corporation (CSCEC) in integrating photovoltaic technology with architectural aesthetics, showcasing a successful model for state-owned enterprises to achieve high-quality development through innovation [1][5]. Group 1: Technological Innovations - The Qianhai Ice and Snow World features a roof that is a 35,000 square meter curtain wall system, capable of withstanding typhoons and generating over 6 million kilowatt-hours of green electricity annually, equivalent to planting 270,000 trees in Shenzhen [2][3]. - The core technology behind this is the Building Integrated Photovoltaics (BIPV) developed by Far East Green Energy, which allows sunlight to be converted directly into electricity, providing a continuous supply of green power for buildings [2][3]. - Far East Green Energy has achieved significant breakthroughs in the curtain wall sector, having constructed over 1,000 projects globally, including iconic structures like the Burj Khalifa and the OPPO International Headquarters [3]. Group 2: Industry Standards and Practices - The company is actively involved in setting local BIPV standards in cities like Shenzhen and Shanghai, addressing the challenges of aligning the 50-year lifespan of buildings with the 20-30 year operational cycle of photovoltaic systems [4][5]. - The digital management platform at the Zhuhai base allows for seamless integration from design to installation, with an annual production capacity of 600,000 square meters for complex curtain walls [4]. Group 3: Market Expansion and Business Models - Far East Green Energy is exploring innovative business models, such as investment-sharing for retrofitting old buildings with energy-efficient systems and photovoltaic installations, adapting to market demands [6]. - The company has achieved a 70% market share in Hong Kong, Macau, and overseas markets, with Singapore serving as a key hub for expansion into Asia and the Middle East [8].

Core Viewpoint - The article discusses the innovative approach to urban renewal in Beijing, specifically focusing on the successful renovation of a nearly 50-year-old residential building using smart construction technology, which allows for rapid and high-quality rebuilding, addressing long-standing issues faced by residents [3][5][10]. Group 1: Project Overview - The renovation project of Building 28 in Xicheng District, Beijing, was initiated in September 2025 and completed in less than six months, showcasing a significant reduction in construction time compared to traditional methods [5][6]. - The project utilized a "one household, one policy" approach to cater to the diverse needs of the 54 resident households, offering six different housing layouts tailored to individual requirements [5][6]. - The building, originally constructed in 1978, faced numerous structural issues, prompting strong resident demand for renovation [5][6]. Group 2: Smart Construction Technology - The project employed the "Intelligent Construction-MiC Technology," which integrates high levels of industrialization and smart manufacturing, allowing for 90% of construction processes to be completed in a factory setting [8][9]. - This technology enabled a construction speed that was 75% faster than traditional methods, while also reducing construction waste by 75%, material loss by 25%, and carbon emissions by 30% [9][10]. - Each module of the building was assigned a unique digital identity, facilitating maintenance and management throughout the building's lifecycle [9]. Group 3: Policy and Financial Innovations - The project introduced a collaborative funding model where residents, the government, and property units share costs, making the renovation financially feasible for residents [6][10]. - The approval process for the project was streamlined, achieving a 90% reduction in the time required for necessary permits and documentation [6][10]. - The initiative aligns with national policies promoting urban renewal and the transformation of old housing, with various provinces adopting similar strategies [12][13]. Group 4: Future Implications - The article highlights a shift in urban development in China from expansion to enhancing existing housing quality, with "original demolition and reconstruction" expected to become a mainstream model for housing renovation by 2030 [12][13]. - The successful implementation of this project serves as a replicable model for urban renewal in densely populated areas across China, potentially influencing future housing policies and construction practices [10][13].

Core Insights - The article discusses the innovative approach to the renovation of a nearly 50-year-old residential building in Beijing, emphasizing the use of smart construction technology to achieve rapid and high-quality results [1][5]. Group 1: Project Overview - The renovation project of Building 28 in Xicheng District, Beijing, is the first pilot project for dangerous building reconstruction, utilizing a "from demolition to reconstruction" method to transform living conditions [2][6]. - The building, constructed in 1978, faced significant structural issues, including wall cracks and outdated infrastructure, prompting strong resident demand for renovation [2][3]. - The project commenced on September 5, 2025, and completed the main structure in just 46 days, allowing residents to move back into their new homes within six months [2][5]. Group 2: Innovative Construction Techniques - The project employed the "smart construction-MiC technology," which integrates industrialized building methods to enhance speed, efficiency, and sustainability [5][6]. - This technology allows for 90% of construction processes to be completed in a factory setting, significantly reducing on-site waste and carbon emissions [5][6]. - Each module of the building is assigned a unique digital identity code, facilitating future maintenance and management [5]. Group 3: Financial and Regulatory Innovations - A multi-party cost-sharing model was introduced, where residents, the government, and property units share the financial burden, making the project more affordable for residents [3][6]. - The project streamlined the approval process, achieving a 90% reduction in the time required for necessary permits and documentation [3][6]. - The initiative aligns with national policies promoting urban renewal and the transformation of old housing, indicating a shift towards more efficient urban development strategies [7][8]. Group 4: Broader Implications for Urban Development - The project serves as a model for similar urban renewal efforts across major Chinese cities, highlighting the potential for replicable solutions in high-density urban areas [6][8]. - Experts predict that the "from demolition to reconstruction" model will become a mainstream approach for old housing renovations, potentially accounting for 30%-40% of total renovation projects by 2030 [8].

Core Insights - The project at Longhua District Maternal and Child Health Hospital is exploring intelligent construction methods to meet the stringent requirements of "millimeter-level precision" and to address challenges such as concrete flatness control, hidden engineering detection difficulties, high-altitude work risks, and time-consuming auxiliary processes [1] Group 1: Introduction of Intelligent Equipment - The project incorporates various intelligent equipment, including laser leveling robots, track troweling robots, laser positioning instruments, and dust-free grooving machines, to enhance construction efficiency from foundational positioning to detailed execution [2] Group 2: Solving Detection Challenges - The project employs professional equipment like infrared thermal imaging cameras and multifunctional circuit testers to conduct comprehensive inspections of critical areas, addressing the challenges of hidden engineering detection and structural quality control [3] - A four-dimensional detection network is established using specialized tools such as electric pipeline blockage detectors and concrete rebound testers to ensure structural safety and construction accuracy [3] Group 3: Process Optimization and Efficiency Gains - The introduction of lifting platforms and intelligent aerial vehicles has improved the efficiency of high-altitude operations by over 30%, while ensuring safety through remote control and safety warning systems [4] - Auxiliary processes are optimized with electric transport vehicles increasing material transfer efficiency by 50%, and smart charging cabinets preventing electrical fire hazards [4] - Solar photovoltaic technology is utilized for energy self-sufficiency, reducing project energy costs, while smart temporary lighting ensures continuous operation even during complex scenarios [4]